AI built all of this.
Scroll-driven tours, sonification, interactive simulations, and physics modules. Every visualization, every animation, every sound — created by AI agents through natural language.
Go Deeper
Resonance
Energy levels, Lorentzian peaks, avoided crossings, and hardware frequencies.
Entanglement
Bell states, GHZ/W comparison, separability slider, real hardware fidelity.
Noise Channels
T₁/T₂ decay, dephasing vs depolarizing, Bloch sphere trajectories, error budgets.
Error Mitigation
15 techniques ranked on real hardware. TREX 119x, ZNE fails, and why.
How It Works
Scroll-driven explainer with ambient audio. Three acts: one qubit, two qubits, an orchestra.
How Qubits Work
6-part physics series: spectroscopy, coherence, coupling, gates, measurement, scaling.
Learning Paths
First Encounter
Never touched quantum? Start here.
The Physics
Understand the hardware.
Run Real Experiments
From simulation to hardware.
Interactive Tools
15 interactive tools. Every number computed live, nothing mocked.
Bloch Sphere
3D state space, 8 gates, rotation controls
Bloch Sphere Shooter
Learn gates by shooting enemies in 3D
State Vector
1–6 qubits, amplitude bars, phase coloring
Q-Sphere
Multi-qubit states on a sphere, Hamming weight
Measurement Lab
Born rule convergence in real time
Entanglement
Bell states, GHZ/W, hardware fidelity
Teleportation
Step-through protocol with Bloch sphere
Grover's Search
Oracle + diffusion, amplitude amplification
Multi-Slit
N-slit diffraction, photon accumulation
Rabi Oscillations
Driving field, detuning, T2 dephasing
VQE
Variational quantum eigensolver explained
Ansatz Builder
VQE circuit construction
Hamiltonians
Molecular Hamiltonian explorer
Sonification Lab
Play real experiment data as sound
Pulse Player
Hear the microwave pulses that control qubits